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 Takeki Itoh is currently a Systems Engineer at Applied Materials. He obtained his Ph.D. from the Materials Department at University of California, Santa Barbara under the supervision of Prof. James S. Speck. He received his bachelor's degree, master's degree in Applied Chemistry from the University of Tokyo. Prior to joining his Ph.D. in the US, he worked as a display research engineer in the Semiconductor Development Division at Sony Corporation for three years. He also worked as a member of the corporate strategy team led by a Senior Vice President of Sony. His research focuses on the crystal growth and device fabrication of wide-bandgap semiconductors and high-mobility semiconductors, particularly β-Ga2O3 and III-Nitrides. He was the first to achieve the successful operation of thin-film transistors based on indium gallium nitride. His research goal is to realize the high-quality growth of β-Ga2O3 to accelerate its application to high-efficiency power electronics. 

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What's new

10/15/23 My PhD thesis is now available on ProQuest.

06/19/23 My second-author paper is published on Applied Physics Letters

06/13/23 My co-first-author paper is published on Journal of Vacuum Science & Technology: A.

04/03/23 My first-author paper is published on APL Materials and featured as the most-read article.

02/23/23 My co-authored paper was selected as a Featured article on APL Materials.

02/01/23 I gave an invited talk at SPIE Photonics West 2023

10/22/22 I gave three oral presentations at the 4th International Workshop on Gallium Oxide and Related Materials

08/07/22  I had one first-author oral presentation and two co-authored presentations exhibited at the 5th Gallium Oxide Workshop

07/20/22 I am the recipient of the 2022 Bright Horizon Global Foundation Materials Department Service Awards

07/17/22 I gave a talk and served as a panelist in the studying aboard information session supported by the Funai Foundation for Information Technology 

06/28/22 I gave an oral presentation at 64th Electronic Materials Conference at The Ohio State University

06/10/22 I am selected to receive the 2022 SPIE Optics and Photonics Education Scholarship

03/02/22 Compound Semiconductor.net news article Optimising Gallium Oxide Growth

10/27/21 My co-authored article was selected as the Most Shared Research on APL Materials

07/19/21 My article was highlighted in the promotion of a special topic on Ultrawide Bandgap Semiconductors by Applied Physics Letters

02/10/21 My oral talk at SPIE photonics west 2021 is now available online.

08/06/20 Online interactive session with students in Japanese universities was held through XPLANE.

07/19/20  My interview article about my research at UCSB is now available on Chem-Station.